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CNN-based Leaf Image Classification for Bangladeshi Medicinal Plant Recognition

机译:基于CNN的孟加拉国药用植物识别叶片图像分类

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Classifying plant species has taken much attention in the research area to help people recognizing plants easily. In recent years, the convolutional neural networks (CNN) have achieved tremendous computer vision results, especially in image classification. Usually, humans find it difficult to recognize proper medicinal plants. It requires the intuition of an expert botanist, which is a time consuming manual task. In this research, we proposed an automated system for the medicinal plant classification, which will help people identify useful plant species quickly. A new dataset of 10 medicinal plants of Bangladesh is introduced, collected from different regions across the country, and some state-of-the images collected from different sources. After that, a three-layer convolutional neural network is employed to extract the high-level features for the classification trained with the data augmentation technique. The training process was done on 34123 images, and the experimental result on another 3570 images proved that this method is quite feasible and effective, which gave by a 71.3% accuracy rate.
机译:分类植物物种在研究领域感到很大关注,以帮助人们轻松识别植物。近年来,卷积神经网络(CNN)达到了巨大的计算机视觉结果,尤其是在图像分类中。通常,人类发现很难识别适当的药用植物。它需要一个专家植物学家的直觉,这是一个耗时的手动任务。在本研究中,我们提出了一种用于药用植物分类的自动化系统,这将有助于人们迅速识别有用的植物物种。介绍了孟加拉国10个药用植物的新数据集,从全国各地的不同地区收集,以及从不同来源收集的一些状态。之后,采用三层卷积神经网络来提取利用数据增强技术训练的分类的高级特征。培训过程在34123图像上完成,另一种3570图像上的实验结果证明了这种方法非常可行,有效,精度率为71.3%。

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